H2egmegh2 Equipment: Difference between revisions
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| '''Notes''' || Cannot be operated by humans. The weight makes it unwieldy, the ergonomics are not optimized for humans, and the recoil will dislocate human shoulders and may cause fractures. | | '''Notes''' || Cannot be operated by humans. The weight makes it unwieldy, the ergonomics are not optimized for humans, and the recoil will dislocate human shoulders and may cause fractures. | ||
|} | |} | ||
== Human suppression rifle == | |||
== Shotguns == | == Shotguns == |
Revision as of 03:32, 11 December 2024
H2egmegh2 equipment comprises the military equipment used by Hergom's army, the H2egmegh2.
Pistol
Infantry rifles
Human suppression rifle
Shotguns
Property | Specification |
---|---|
Type | Pump-action or semi-automatic shotgun |
Place of origin | Hergom Ep Swekorwos |
Designed | 7692 |
Manufacturer | TBC |
Unit cost | TBC |
Produced | 7692–present |
Specifications (Standard) | |
Mass | 8 kg (unloaded), ~10 kg (loaded) |
Length | ~1,300 mm (51 in) |
Barrel Length | ~650 mm (25.6 in) |
Width | 100 mm (4 in) |
Height | 250 mm (10 in) |
Cartridge | 25×120mm Wolgos Shotgun Shells |
Action | Pump-action or gas-operated, rotating bolt |
Feed System | 6+1 rounds (internal tubular magazine) |
Muzzle Velocity | ~400 m/s (slug); ~300 m/s (buckshot) |
Effective Range | 50 m (buckshot); 100 m (slug) |
Recoil Energy | ~70–80 joules |
Features | |
Fire Modes | Manual pump-action or semi-automatic |
Safety | Manual safety lever, trigger guard |
Material | Chromium-molybdenum steel frame, polymer grips and stock |
Durability | Corrosion-resistant coating; withstands extreme conditions |
Sights | Iron sights with holographic or magnifier compatibility |
Accessories | Tactical rails for optics, lights, or lasers; breaching muzzle |
Cultural Design | Subtle Wolgos insignias; designed for dominance and practicality |
Standard Supplementary Shells | |
Americium-241 Shrapnel Rounds | Shrapnel-with cavitated bubbles with radioactive Americium-241 Nitrate, causing deep wounds and radiation poisoning. Designed for long-term incapacitation and psychological warfare. |
Thermite Shells | Loaded with thermite to burn through armor, barriers, or flesh. Effective for breaching and anti-material combat. |
Fragmentation Slugs | Slugs that shatter into high-velocity fragments on impact. Causes massive internal damage and is difficult to treat. Ideal for unarmored targets. |
Notes | Standard supplementary shells complement regular 25×120mm gauge ammunition. Designed exclusively for Wolgos; unsuitable for human use due to size, weight, and recoil. |
Grenade launcher and grenades
Property | Specification |
---|---|
Type | Revolving drum grenade launcher |
Place of origin | Hergom Ep Swekorwos |
Designed | 7694 |
Manufacturer | TBC |
Unit cost | TBC |
Produced | 7694–present |
Specifications (Standard) | |
Mass | ~14 kg (loaded) |
Length | ~1,200 mm (47 in) |
Barrel Length | ~600 mm (23.6 in) |
Capacity | 6-round revolving drum |
Action | Single-action revolving cylinder |
Range | Direct Fire: 200 m; Area Fire: 400 m |
Material | Chromium-molybdenum steel with polymer casing |
Sights | Integrated 2× optic with rangefinder and thermal imaging |
Standard Supplementary Grenades | |
High-Explosive (HE) | Standard fragmentation grenade with a large blast radius (~15–20 m). Effective against personnel and light vehicles. |
Thermite | Grenade filled with thermite, burning at 2,500°C (4,500°F). Melts through armor, vehicles, and fortifications. Ideal for breaching. |
White Phosphorus (WP) | Dispenses burning white phosphorus and choking smoke. Causes intense thermal and chemical burns and is used for area denial and flushing enemies out of cover. |
Sarin Gas | Releases a potent nerve agent that causes paralysis and respiratory failure. Effective for bunker clearing and incapacitating large groups. |
Iridium-192 Radiological | Dispenses radioactive dust with a half-life of ~73 days, ensuring short-term contamination. Causes acute radiation poisoning and area denial. Note: These grenades have a limited shelf life due to isotope decay. |
Notes | Grenades are designed to complement the launcher’s heavy-duty role. Radiological grenades must be deployed quickly due to the short half-life of Iridium-192. |